Contents

Getting Other Informations and Publications

........ 1

General Instructions

 

Important

4

Shipping Damage

4

General

4

Field-Installed Heater Packages (Optional)

4

Installation

 

Location

6

Typical Installations

6

Condensate Drain Trap

9

Air Filters

9

Wiring – Main Power

10

Wiring – 24V Low Voltage Control Circuit

10

Transformer Taps

10

Thermostats

10

Start Up and Operation

 

Three Phase Scroll Compressor Start Up

 

Information

11

Sequence of Operation

11

Start Up Notes

11

High Pressure Switch and Lockout Relay

11

Service and Troubleshooting

 

Service Hints

12

Pressure Service Ports

12

Refrigerant Charge

12

Fan Blade Settings

12

Suction and Discharge Tube Brazing

12

Pressure Table

13

Figures

 

 

Figure 1

Prefabricated Rood Curb

 

 

Specifications

5

Figure 2

Field Fabricated Curbing

5

Figure3

Elevated Mounting Platforms

7

Figure 4

Airflow and Service Access

 

 

Clearances

7

Figure 5

Roof Top Application

8

Figure 6

Slab Mounting at Ground Level

8

Figure 7

Condensate Drain Trap

9

Figure 8

Low Voltage Wiring

10

Figure 9

Fan Blade Setting Dimensions

12

Figure 10

Brazing Diagram

13

Tables

 

 

Table 1

Electrical Data

2

Table 2

Optional Field Installed Heater

 

 

Packages

2

Table 3

Optional Field Installed Heater Table

3

Table 4

Maximum ESP of Operation

4

Table 5

Rated CFM and Rated ESP

6

Table 5A

ESP in Inches H2O

6

Table 6

Air Filter Area and Size

9

Table 7

Thermostat Wire Size

10

Table 8

Wall Thermostat and Subbase

 

 

Combinations

10

Table 9

Refrigerant Charge

12

Table10

Pressure Table

13

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Bard P1060A1, P1148A1, P1142A3 installation instructions Contents

P1060A1, P1142A3, P1148A1 specifications

Bard P1148A1, P1142A3, and P1060A1 are high-performance vascular access products designed to meet the diverse needs of medical professionals in various healthcare settings. These devices, developed by Bard, are renowned for their innovative technologies and superior characteristics that enhance patient care and facilitate clinical procedures.

The Bard P1148A1 is a peripherally inserted central catheter (PICC) designed for long-term intravenous therapy, including chemotherapy and antibiotics. Its key features include a strong yet flexible design that allows for easy insertion and maintenance of the catheter over extended periods. The P1148A1 utilizes advanced materials that minimize the risk of thrombosis and infection, pivotal considerations in central line management. The catheter is equipped with a specialized tip configuration that promotes optimal blood flow and reduces complications.

Moving to the Bard P1142A3, this device serves a similar purpose but incorporates unique technologies that enhance its usability. The P1142A3 boasts a hydrophilic coating which facilitates smoother insertions and reduces friction during catheter placements. This is particularly valuable in pediatric and geriatric populations, where gentler approaches are essential. Additionally, the P1142A3 is engineered with multiple lumens, allowing simultaneous administration of fluids, medications, and blood products. This multipurpose functionality enhances efficiency in clinical settings, reducing the need for multiple venipunctures.

On the other hand, the Bard P1060A1 is designed with a focus on short-term vascular access. This catheter is particularly effective for emergency situations and critical care, offering rapid placement and reliable performance. One of its main characteristics is a streamlined design that minimizes the overall footprint, making it an ideal choice for patients with limited vein access. The P1060A1 is also equipped with a safety mechanism that reduces the risk of accidental needlesticks, addressing a critical safety concern in medical environments.

Overall, Bard's P1148A1, P1142A3, and P1060A1 products exemplify innovation in vascular access technology. With features designed to enhance insertion techniques, improve patient outcomes, and ensure safety in healthcare settings, these catheters stand as key tools in modern medical practice. Their robust design and advanced materials align with the needs of both healthcare providers and patients, making them essential components of effective vascular access strategies.